Thermal management technology based on the magnetocaloric effect offers several
advantages over conventional gas compression cooling. The efficiency of magnetic cooling …

We report the direct observation of the effects of quenched disorder on the critical behavior
of partially frustrated amorphous FeMnZr alloys by the systematic analysis of high-precision …

Magnetic properties and magnetocaloric effect in amorphous Fe89− xBxZr11 (x= 0–10)
alloys prepared by melt spinning technique have been investigated. The crystallization …

The magnetization behaviors have been measured for amorphous Fe 90− x Mn x Zr 10 (⁠
x= 8 and 10) alloys. The Curie temperature is decreased from 210 K to 185 K with increasing …

Melt-spun amorphous alloys of Fe 91 Zr 9, Fe 91 Zr 7 B 2, Fe 90 Zr 7 B 3 and Fe 88 Zr 8 B 4
have been characterized by AC susceptibility at frequencies between 30 Hz and 10 KHz …

This work presents a detailed study on the critical behavior of the ferromagnetic-
paramagnetic (FM-PM) phase transition in Fe 90− x Ni x Zr 10 (x= 0 and 5) alloy ribbons …

Here, we report an evolution of structural, magnetic and transport behavior in doped SrRu
1− x Ga x O 3 (x 0.2). The nonmagnetic dopant Ga 3+(3d 10) not only acts for magnetic site …

We report magnetic properties and magnetocaloric (MC) effect in Fe 90− x Ni x Zr 10 (x= 0,
5, 10, and 15) alloy ribbons prepared by rapid-quenching method. We found the Curie …

The magnetic behavior of amorphous Fe 90− x Mn x Zr 10 (0<~ x<~ 1 6) alloys has been
investigated in the critical region from which we determined the Curie temperature (T c) and …

We have investigated the critical behavior in amorphous Fe 85 Sn 5 Zr 10 alloy ribbon
prepared using a single-roller melt-spinning method. This alloy shows a second-order …